TWM366805U - Electrical connector system - Google Patents

Abstract

An electrical connector system providing network signal channels includes a transformer and filter structure. The transformer includes coupling first and second coils. The filter structure includes a third coil, a forth coil and a fifth coil. The first coil has two opposite ends connected to a first side of a signal channel. The second coil has an end connected to an end of the third coil and an opposite end connected to an end of the forth coil. Either the third coil or the forth coil has opposite end connected to a second side of the signal channel. The second coil has a central tip connected to an end of the fifth coil. The third coil and the forth coil are formed from a first filter module and the fifth coil formed from a second filter module separating from the first filter module.

Description

M366805 V. New description: [New technical field] This creation involves a kind of electrical connection county network transmission, especially the filtering structure of the electrical connector system. [Prior Art] The electrical connector product towel with the transformer module and the common mode suppression module is usually set to be smashed by the overall arrangement of the weaving ring, and the button is placed on the circuit board. Transfer to the external board. In the conventional design, the transformer module and the common board suppress the coil of the line age group, and the manual winding method has low efficiency and the coil quality is poor', and is not conducive to automation in the production process, thereby causing the connection@ The cost is large. Therefore, there is a defect in the technology before the Xianxian County. [New Content] The purpose of this creation is to provide a network electrical connector system that is easy to produce at a low cost. For the above purposes, the present invention provides an electrical connection system, the electrical connector system comprising 'transformers including mutual coupling

In the second module independent of the first module. • Provides a network transmission channel, including a repeater and filter structure. The electrical connector system of this creation divides the transformer module and the filter structure into M366805 - the position is set up, which is convenient for the cage transfer structure _ self-production, and the connection The structure is also divided into two parts' to facilitate the procurement of standard magnetic components, thereby increasing production efficiency and reducing production costs. [Embodiment] Please refer to the top-to-fine diagram, which shows an electrical connector system that conforms to this transmission and its circuit diagram. The electrical connector system has two network signal channels including an electrical connector mateable with a mating connector (not shown) and an external circuit board 200 for loading the electrical connector The electrical connector 100 further includes two insulators 310 that are disposed on the insulative housing 2G, the built-in circuit board, and the two transformers 310 mounted on the built-in circuit board 3, respectively. The wave structure and the metal casings 22 and 24 covered on the outer side of the insulating body. Each of the transformers 31G includes a first coil 312 and a second coil 314 which are mutually engaged. Each filter structure includes a first module 327 and a second module 328, wherein the first module 327 is provided with third and fourth coils 322, 324'. The second module 328 includes a fifth coil 326. The opposite ends of the first coil 312 are connected to one end of the transmission channel, and the opposite ends of the second coil 314 are respectively connected to one ends of the corresponding third and fourth coils 322, 324, and the other of the third and fourth coils 322, 324 One end is connected to the other end of the transmission channel. In addition, the first coil 312 is provided with a center tap 313. The center tap 313 is connected to a resistor (not labeled) and a capacitor (not labeled) and finally grounded. The second coil 314 is provided with a center tap 315, and the center tap 315 and the fifth tap. One end of the coil 326 is connected, and the other end of the fifth coil 326 is connected to a capacitor (not labeled) and finally grounded. The third and fourth coils 322 and 324 are coupled to each other and disposed in a first module 327, which can be suppressed. The signal is transmitted to the common mode noise in the channel, and the fifth coil is disposed in the second module 328 independent of the first module 327, and the noise in the signal transmission channel can be further bypassed. The electrical connector 100 further includes a miscellaneous terminal mounted on the built-in circuit board 300 and mateable with the mating connector 5 M366805, and a transfer terminal 303 ° of the oily circuit board 3 light front material (four) way board 5 (8) The signal of the docking connection H passes through the docking terminal 3 (1), the built-in circuit board lion first coil 312, the second coil 314, the built-in circuit board 3, the third and fourth lines _i2, 314, and the built-in circuit board 300. The transfer terminal 3〇3 is finally transferred to the external circuit board 5〇〇. In the embodiment illustrated in the first to third figures, the first module milk is formed by a printed circuit layer, and the third meaning and the fourth_form are formed by the Wei road; the second module It is composed of a ferrite core and an enameled wire wound around a ferrite core, and a fifth line _6 is formed by an enameled wire. In this way, the structure of the wave can be composed of fresh components that are supplied by the factories, and the lion three-wire common mode suppression module can be reduced. Correction, storage _ Wei design square module can also be composed of ferrite core and enamel wire wrapped around the ferrite core, the third and fourth coils 3 均 are formed by enameled wire; the second module 328 can also Formed for the printed circuit layer, the third coil meets the fourth coil 324 formed of printed conductive traces. In summary, this creation has indeed met the requirements of the new material, and the silk law filed a patent application. However, the above-mentioned preferred implementations of this creation, the creation of this creation is not the above-mentioned method of recording, the equivalent modification or change of the person who reads the tears of the novels should be covered in the following Within the scope of the patent application. [Simple diagram of the diagram] The first diagram is a three-dimensional assembly diagram of the electrical connection 34 of the present invention. The second figure is a partially exploded view of the electrical connector system shown in the first figure. The first figure is a diagram showing the internal main connection structure of the non-electrical connector system. The fourth figure is a circuit diagram of the electrical connector system shown in the first figure. M366805 [Main component symbol description] Electrical connector 100 External circuit board 200 Metal case 22, 24 Built-in circuit board 300 Butt terminal 301 Transfer terminal 303 Transformer 310 First coil 312 Center tap of the first coil 313 Second coil 314 Center tap 315 of the second coil Third coil 322 Fourth coil 324 Fifth coil 326 First module 327 Second module 328 External circuit board 500 7

Claims (1)

M366805 VI. Patent Application Range: 1. An electrical connector system for a network transmission channel, comprising a transformer and a chopper junction transformer comprising a first coil and a second coil which are mutually combined, the chopping structure comprises 2. The fourth fifth coil, the opposite ends of the first coil are connected to one end of the transmission channel, and the opposite ends of the second coil are respectively connected to one ends of the third and fourth coils, and the other two of the third and fourth coils The other end of the end of the transmission channel, and the second coil is provided with a center tap, the center tap is connected to the end, wherein the third and fourth coils are disposed in the -th module, (four) five and the first module Independent of the second module. 2. The electrical connector system of claim 1, wherein the electrical connection comprises a mate-mate connection and a docking connection n the ship body and is disposed on the insulative body _ built-in lightning = board, transformer and first The second module is disposed on the built-in circuit board. 3. The electrical connector system of claim 2, wherein the loops are coupled to each other to form a common mode rejection module. The electrical connector system of claim 2, wherein the first brush circuit layer is formed, and the third coil and the fourth coil are formed by printed conductive lines. The electrical connector system of claim 2, wherein the second brush circuit layer is formed, and the fifth coil is formed by a printed conductive line. 6. The electrical connector system of claim 2, wherein the magnetic core, the third and fourth coils are wound around the magnetic core. (4) Force core, and including 7. If f, please pick up the electrical connection material, and the two-mode magnetic name of the towel. The fifth coil is wound around the core. The electrical connector system of claim 2, wherein the electrical connector system is electrically connected to an external circuit board, the electrical connector further comprising a mating connector mounted in the inner connector. The terminal, and the third end, connected to the «external circuit board's adapter terminal through the built-in circuit board. $9. The center connector of the electrical connector system as described in claim 2, the center tapped to ground. —ιο·If you apply for a patent scope! The electrical connector system of the item is terminated by the opposite end of the coil center tap. 8